Step 1: Connect the IR Proximity Sensor to the jumper cables:
Ground should connect with Ground on the Arduino Board
5V should connect with 5V on Arduino Board.
Step 2: We can observe in the pic below, our Arduino UNO R3 is having all female pins:
Step 3: Hence , we need to use berg sticks to convert it to male pin. This is because, we use the jumper cable to connect to other IC's and Jumper cable are having female pins.
Step 4: Insert the Berg Sticks into Female Pins of Arduino:
Step 5: Connect the jumper cables such that the 5V cable from the IR proximity sensor connects to the 5V on the Arduino UNO R3 board and GND from the Sensor connects to the GND on the board:
Step 6: Connect Arduino Uno R3 board to the computer using cable.
Ground should connect with Ground on the Arduino Board
5V should connect with 5V on Arduino Board.
Step 2: We can observe in the pic below, our Arduino UNO R3 is having all female pins:
Step 3: Hence , we need to use berg sticks to convert it to male pin. This is because, we use the jumper cable to connect to other IC's and Jumper cable are having female pins.
Step 4: Insert the Berg Sticks into Female Pins of Arduino:
Step 5: Connect the jumper cables such that the 5V cable from the IR proximity sensor connects to the 5V on the Arduino UNO R3 board and GND from the Sensor connects to the GND on the board:
Step 6: Connect Arduino Uno R3 board to the computer using cable.
Step 7: The Red LED on the proximity sensor glows when the finger obstructs the path of the sensor.
Step 8: The Red LED stops glowing on the finger being removed from the path of the IR proximity sensor.
Reference: http://makezilla.com/2016/05/11/obstacle-avoider-robot-using-arduino-uno-and-ir-proximity-sensor/
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